1. Umgaqo weteknoloji yokugquma i-ion ye-vacuum
Ngokusebenzisa iteknoloji yokukhupha i-arc ye-vacuum kwigumbi le-vacuum, ukukhanya kwe-arc kuveliswa phezu kwezinto ze-cathode, nto leyo ebangela ukuba ii-athomu kunye nee-ion zenzeke kwizinto ze-cathode. Phantsi kwesenzo sentsimi yombane, i-athomu kunye nee-ion beams zihlasela umphezulu wesixhobo somsebenzi njenge-anode ngesantya esiphezulu. Kwangaxeshanye, igesi yokusabela ingeniswa kwigumbi le-vacuum, kwaye umaleko wokugquma oneempawu ezintle uyenziwa phezu komphezulu wesixhobo somsebenzi.
2. Iimpawu zokugquma i-ion ye-vacuum
(1) Ukunamathela kakuhle komaleko wokugquma, umaleko wefilimu akulula ukuwuwela.
(2) Ukugquma kakuhle kunye nokugquma okuphuculweyo komphezulu.
(3) Umgangatho olungileyo womaleko wokugquma.
(4) Izinga eliphezulu lokufakwa kwefilimu kunye nokwakheka kwefilimu ngokukhawuleza.
(5) Uluhlu olubanzi lwezinto ezifanelekileyo ze-substrate kunye nezinto zefilimu zokugquma
Izixhobo ezinkulu zokugquma ezidityanisiweyo zemagnetron ezine-arc eninzi
Umatshini wokugquma i-magnetron sputtering ochasene neminwe usebenzisa indibaniselwano ye-medium frequency magnetron sputtering, i-multi-arc ion kunye ne-AF technology, esetyenziswa kakhulu kushishino lwehardware, kwi-tableware hardware, kwi-titanium stainless steel plate, kwi-stainless steel sink kunye ne-stainless steel plate enkulu. Inamathela kakuhle, iyaphindaphindeka, ixinene kwaye iyafana kumaleko wefilimu, imveliso ephezulu kunye nemveliso ephezulu.
Ixesha leposi: Meyi-31-2024